https://www.dur.ac.uk/cerees/research/ccs/projects/muontomography/

Muon Tomography

Overview

Burial of CO2 as a fluid deep within the earth will assist humankind curb
emissions of greenhouse gases and help us transition to a future in which
renewable and other low-carbon energies meet our needs. As with any waste
disposal process, monitoring to ensure sites are safe is a critical
component. The current preferred technology for monitoring CO2 disposal
sites is to repeatedly acquire 3D seismic data from which we can interpret
changes in the properties of the rock and fluid in the deep subsurface as
indicators of the distribution of injected CO2. The process is episodic and
very expensive – a single site could cost several million pounds per annum
to monitor. Muon tomography offers an alternative which is both continuous
and potentially much less expensive. Muons, sub-atomic particles, are
produced continuously and naturally in the earth’s upper atmosphere, and
there is a constant flow of them to the Earth’s surface. They are harmless
to humans but nevertheless can be detected in deep mines (>1.5km). The
number of muons detected at such depths is controlled by the density and
thickness of the material through which they pass. When CO2 is injected
deep below the earth’s surface it changes the bulk density of the rock
within which it lies. These changes can be monitored and used to ensure
injection sites remain safe.

Outputs

Kudryavtsev, V.A.,, Spooner, N.C.,, Gluyas, J.G.,, Fung, C., & Coleman,
M.L. (2012). Monitoring subsurface CO2 emplacement and security of storage
using muon tomography. International Journal of Greenhouse Gas Control 11:
21-24.

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